Samsung 2nm Exynos 2700 could shift foundry and mobile chip strategy

Samsung is preparing its second-generation 2nm process, known as SF2P, to fabricate the Exynos 2700 application processor. The company’s semiconductor arm has lagged behind competitors over the past several cycles, but the transition to 2nm manufacturing appears to mark a turning point. Samsung expects the new silicon to power upcoming Android hardware, including the Galaxy S27 series next year. On paper, the SF2P manufacturing node promises a 12% boost in performance alongside a 25% drop in power consumption. That shift represents a substantial upgrade for the Exynos line after rivals like Apple, Qualcomm, and MediaTek previously transitioned their chip designs to 2nm fabrication.

Wafer production and foundry targets

According to industry reports from Korea, wafer start volumes for the Exynos 2700 are scheduled to rise by more than 10% compared to the earlier Exynos 2600. That assessment reinforces separate accounts from regional sources reported earlier this month. For Samsung’s System LSI division, that volume growth directly expands its portfolio of in-house intellectual property. The Foundry Division benefits as well, because securing an internal customer on the SF2P node provides an operational foundation that can help the business attract external commercial clients looking for contract manufacturing capacity.

Component costs and processor spending

The production shift arrives as welcome news for Samsung Mobile. Smartphone manufacturing costs are under pressure from rising prices for LPDDR5X RAM, which have increased the overall bill of materials across the mobile division. Sourcing internal processors instead of buying external silicon from Qualcomm offers a way to reduce processor expenditures. Cutting those hardware procurement costs could make a meaningful financial difference for Samsung’s phone business while component prices remain high.

Industry rumors indicate that Samsung is testing the entire Galaxy S27 lineup with the Exynos 2700, evaluating the internal design instead of Qualcomm’s newer Snapdragon 8 Elite Gen 6 processors. Samsung maintains a strong interest in utilizing in-house silicon across its smartphones and connected mobile products. The company spent $8.8 billion on mobile processors last year alone, with the vast majority of that spending going to Qualcomm. Reallocating those hardware budgets to internal semiconductor units keeps money within the broader conglomerate, mirroring how the mobile group routinely purchases large volumes of memory from Samsung’s own Memory business.